Ouster OS2-32 Rev7

The Ouster OS2-32 Rev7 is a high-performance, long-range Digital LiDAR sensor designed for demanding applications such as autonomous trucks, robotaxis, shuttles, and large-scale infrastructure monitoring.

It is part of Ouster’s latest REV7 series, which is powered by the breakthrough L3 Digital LiDAR Chip, delivering significant performance enhancements over previous generations.

Key Features and Benefits

• Exceptional Long Range: Equipped with the L3 chip, the OS2 boasts a maximum range beyond 400 meters and can detect 10% reflective targets at 200 meters, enabling safe and effective object tracking over a quarter-mile radius.
• High-Quality Point Clouds: The sensor provides rich, detailed 3D data with a vertical resolution of 32 channels and a maximum point output of up to 655,360 points per second (for the 32-channel variant). It offers dual returns and calibrated reflectivity.
• Wide Field of View: Provides a 360° horizontal field of view and a 22.5∘ vertical field of view (−11.25∘ to +11.25∘).
• Enhanced Precision and Accuracy: The Rev7 generation features a maximum precision of $\pm 2.0\text{ cm}$ and an angular sampling accuracy of ±0.01∘ (Vertical/Horizontal), improving mapping and object detection accuracy.
• Rugged and Reliable: Built for real-world deployment, the OS2-32 is rated IP68/IP69K for superior ingress protection against dust and water, and has been rigorously tested to withstand extreme shock, vibration, and a wide operating temperature range ($ -20^\circ \text{C}$ to +60∘C).
• Digital LiDAR Advantage: Ouster’s digital architecture is inherently simpler, promoting high-volume manufacturing, cost efficiency, and greater reliability. The L3 chip also includes a major upgrade to the embedded Near-Infrared (NIR) camera-grade data layer, which is perfectly correlated with the 3D LiDAR data.
• Designed for Production: With approximately $95\%$ automotive-grade components, the REV7 sensor family is engineered for scalability and long operating lifetime in fleet and industrial applications.